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An improved two-point temperature probe is provided comprising a housing, a pair of bores within the housing to each respectively receive a thermocouple element, an end cap on the device covering the bores and having openings therein whereby a portion of the thermocouple elements may pass therethrou

An improved two-point temperature probe is provided comprising a housing, a pair of bores within the housing to each respectively receive a thermocouple element, an end cap on the device covering the bores and having openings therein whereby a portion of the thermocouple elements may pass therethrough, collar means on the thermocouple elements cooperating with the end cap to retain the elements within the device, and bias means within the bores to yieldably bias the collars on the thermocouple elements against the end cap on the device, the device being further provided with means to prevent rotation of the thermocouple elements within the bores, and detachable tips on the thermocouple elements whereby the tip may be removed from the remainder of the thermocouple element and replaced when necessary due to wear or other type of damage without the necessity of replacing the entire thermocouple element.

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1. A thermocouple probe device for use in measuring the temperature of a metal comprising: (a) a housing; (b) two parallelly spaced apart elongated thermocouple elements respectively slidably received in said bores in said housing; (c) a first end portion detachably secured respectively to a fi

1. A thermocouple probe device for use in measuring the temperature of a metal comprising: (a) a housing; (b) two parallelly spaced apart elongated thermocouple elements respectively slidably received in said bores in said housing; (c) a first end portion detachably secured respectively to a first end of each of said thermocouple elements extending from said housing; (d) bias means engaging said thermocouple elements and said housing to resiliently mount each of said thermocouple elements in said housing; and (e) detachable means to secure leads to a second portion of each of said thermocouple elements, said detachable means further comprising means to inhibit rotation of said thermocouple elements in said housing to thereby facilitate removal of one of said first end portions from the remainder of said thermocouple element. 2. The device of claim 1 wherein said end portion of each of said thermocouple elements is threadably attached to said thermocouple elements. 3. The device of claim 1 wherein said means for inhibiting rotation of said thermocouple element comprises a slot in said body and engaging means carried by said thermocouple element which engage said slot to inhibit rotational movement of said thermocouple element. 4. The device of claim 3 wherein said engaging means carried by said thermocouple element comprises pin means extending from said thermocouple element into said slot. 5. The device of claim 4 wherein said pin means comprise a threaded member received in a threaded bore in said thermocouple element. 6. The device of claim 5 wherein said threaded member further comprises a connecting means for a lead to electrically connect said thermocouple element to an external measurement device. 7. The device of claim 1 wherein said thermocouple elements are made from dissimilar materials and said detachable end portion on each of said thermocouple elements is constructed of the same material as the thermocouple element to which it is detachably secured. 8. A thermocouple probe device comprising: (a) a housing; (b) two, spaced apart, detachably secured pointed members made of dissimilar materials are rotatably secured respectively to two thermocouple elements slidably extending from respective bores in one end of said housing; (c) spring means engaging said elements and housing such that the members and elements are individually and resiliently mounted in said bores in said housing; (d) elongated slots provided in said housing; and (e) screw means extending through said elements and into said slots to prevent said elements from rotating whereby each of said pointed members can be selectively removed from said thermocouple elements by rotation of one of said respective pointed members while said screw means in said slot prevents said element from rotating. 9. The device of claim 8 in which said elements have ends located outside of said housing and said pointed members are threaded into said ends. 10. The device of claim 8 in which a handle is provided at the end of the housing opposite to the dissimilar elements for holding the device by hand. 11. A probe member for use in temperature measurement comprising: (a) a housing body having a pair of parallel spaced apart bores; (b) a sleeve member mounted in a first end in each of said bores; (c) a thermocouple element partially received in at least one of said bores of said sleeve member and extending through and beyond said body; (d) collar means on said thermocouple element; (e) bias means received at one end in said sleeve member and engaging said collar means to resiliently mount said thermocouple within said body against an end cap secured to a second end of said bores in said body; (f) a detachable end portion on a portion of said thermocouple element extending beyond said body to facilitate surface layer penetration of the object whose temperature is to be measured; and (g) means to inhibit rotation of said thermocouple element in said body to facilitate selective removal of said end portion from said thermocouple element. 12. The device of claim 11 wherein each of said detachable end portions on respective thermocouple elements is rotationally detachable. 13. The device of claim 12 wherein each of said detachable end portions is threadably attached to a said respective thermocouple element. 14. The device of claim 13 wherein said thermocouple element is provided with a threaded bore which receives a threaded shank on said end portion. 15. The device of claim 14 wherein said means to inhibit rotation include slots in said housing engaged by means carried by said thermocouple elements. 16. The device of claim 15 wherein pin means carried by said thermocouple elements engage said slots to inhibit rotation of said elements during attachment or detachment of said end portions. 17. The device of claim 16 wherein said slots extend parallel to said bores to permit said elements to slide in said bores while said pin means slide in said slots. 18. The device of claim 17 wherein said pin means comprise threaded members. 19. The device of claim 18 wherein said threaded members are further used to attach leads to said thermocouple elements.